Formulation & Performance of SynMira Ice YGB924
Multi-Dimensional Interference Sparkle on a Synthetic Mica Substrate
SynMira Ice YGB924 achieves its captivating yellow-green-blue interference through precise layering of Titanium Dioxide, Silica, and Tin Oxide on a synthetic fluorphlogopite (synthetic mica) substrate. This engineered base offers higher purity and a smoother, more uniform platelet surface than natural mica, resulting in superior reflectivity and brilliant color effects. The medium 80–180 µm particle size creates a balanced, eye-catching sparkle that shifts between warm yellow, cool green, and deep blue tones for a nature-inspired, multi-dimensional effect.
Key Benefits for Cosmetic Formulators
- Nature-Inspired Multi-Tone Effect: Delivers a captivating yellow-green-blue interference that evokes natural iridescence, perfect for unique, eye-catching cosmetic products.
- Superior Synthetic Mica Base: The synthetic fluorphlogopite substrate ensures consistent quality, higher purity, and smoother optical effects than natural mica alternatives.
- Versatile Application Range: Suitable for eye, face, lip, and nail products including pressed eyeshadows, body shimmers, nail lacquers, and lip glosses.
- Clean Beauty Compatible: Ferro free, carmine free, and vegan and cruelty-free, meeting key clean beauty certification requirements.
- Part of the Ice YGB Range: Available in three particle sizes — 844 (100–260 µm) for bold sparkle, 924 (80–180 µm) for balanced sparkle, and 984 (30–120 µm) for refined shimmer.
